UPSY Acoustic Freestanding Screen

UPSY Acoustic Freestanding Screen Curves Design, Colour - Marble Green. These acoustic screens feature a 24mm thick compressed polyester core made entirely from 100% post-consumer recycled materials, including plastic bottles, offering effective sound absorption to control echo and reverberation in open-plan spaces. The pinnable surface allows notices and displays, while the freestanding design includes a sleek satin black powder-coated steel stand for easy placement and flexibility in creating designated areas without construction. Acoustic24mm Thickness. Freestanding. Recycled Materials. Pinnable.

Lightweight 15kg. Marble Green. Sustainability. Crafted from 100% recycled polyester derived from plastic bottles, these screens are fully recyclable, supporting eco-friendly practices and the circular economy. Design & Flexibility. Available in 9 attractive shapes and 23 colours, including Marble Green, the lightweight 15kg screens with powder-coated satin black steel stands can be easily repositioned to suit changing space requirements. Key Features. Compressed polyester core, 24mm thick, for precise acoustic performance. Made from 100% post-consumer recycled polyester, fully recyclable.

Freestanding with satin black powder-coated steel stand included. Pinnable surface suitable for notices and displays. Lightweight design at 15kg including stand for easy handling. Available in 9 shapes and 23 colours including Marble Green. Supports echo and reverberation control in open-plan environments. Core material manufactured from recycled plastic bottles. Options & Variants. Bespoke sizes and shapes can be manufactured on request. Custom logo cut-outs are available; please contact us for pricing on special projects. Installation & Practical Considerations.

Freestanding design requires no fixed installation or mounting. Lightweight 15kg screens allow easy repositioning within spaces. Suitable for open-plan offices, schools, and public areas. Made to order and non-returnable. Supports flexible space division at a fraction of traditional construction costs